L. Coudurier, D.W. Hopkins and I.wilkomirsky: Fundamentals of metallurgical processes

Transcription

1 Lecture 2 A.Chakrabarti: Steel making Lecture 3 References A. Ghosh and A. Chatterjee: Ironmaking and steel making Lecture 4 References L. Coudurier, D.W. Hopkins and I.wilkomirsky: Fundamentals of metallurgical processes Lecture 5 Reference to lectures 3 and 4 A.Ghosh and A.Chatterjee: Ironmaking and steelmaking Zhang and Fruehan: Metallurgical and Materials Trans. B, 26(8), 1995 Lecture 8 References for lectures 5 to 7 1) A. Ghosh and A. Chatterjee; Ironmaking and steelmaking 2) R. Tupkary et.al. Modern methods of steelmaking 3) A.K. Chakrabarti: Steelmaking Lecture 9 O.P. Gupta: Fuels, Furnace and refractory Lecture 11 S.C Koria Dynamic variations of lance distance in impinging jet steelmaking processes Steel Research, Vol. 59 (1988), No.6, p

2 A.Ghosh and A Chatterjee: Ironmaking and steelmaking Lecture 12 A.Ghosh and A. chatterjee: ironmaking and steelmaking A chakrabarti: steelmaking R.H. tupkary and V.R. tupkary: modern steel making : Dynamic variations of lance distance in impinging jet steelmaking processes, Steel Research, Vol. 59 (1988), No.6, p and K W Lange: Experimental investigation on selection of bottom injection parameters in combined blown steelmaking and and A George: Experimental investigation on selection of bottom injection parameters in combined blown steelmaking, Ironmaking & Steelmaking, Vol.15 (1988) p and K W Lange: Penetrability of impinging gas jets in molten steel bath, Steel Research 58 (1987) No.9 p and K W Lange: Experimental investigation on selection of bottom injection parameters in combined blown steelmaking, Ironmaking & Steelmaking, Vol.15 (1988) p : Nozzle design in impinging jet steelmaking processes, Steel Research 59 (1988) No.3, p and K W Lange: Estimation of drop sizes in impinging jet steelmaking, Ironmaking and steelmaking V.13 (1986) No.5 p and K W Lange, Development of blowing practice for combined top blowing and bottom stirred processes, Process, Techn. Proceedings 5 th Intern. Iron and Steel Congress Vo.6, (1986) p and K W Lange: Correlation between drop size distribution or total drop mass and oxygen top blowing parameter, Process Techn./ Proceeding (5 th Intern. Iron and Steel Congress) Vol.6 (1986) p and K W Lange: Penetrability of impinging gas jets in molten steel bath, Steel Research 58 (1987) No.9 p , K W Lange and R. Siemssen: Application of empirical correlations to develop blowing pattern for small scale, combined blown Steelmaking converter, Institute for Ferrous Metallurgy, Technical Report (1987)p

3 and A George Experimental investigation on selection of bottom injection parameters in combined blown steelmaking Ironmaking & Steelmaking, Vol.15 (1988) p and K W Lange Mixing time correlation in top gas stirred melts Arch. Eisenhuttenwes, 55 (1984) p and K W Lange Effect of Melting scrap on the mixing time of bottom gas stirred melts Proceeding 6 th Japan-Germany seminar, Tokyo, Japan (1984) p and K W Lange A new approach to investigate the drop size distribution of BOF steelmaking Met. Trans. 15B (1984) p Lecture 13 and K W Lange An experimental study on the behaviour of an under expanded supersonic gas jet, Arch. Eisenhuttenwes, 55 (1984) p and K W Lange Penetrability of impinging gas jets in molten steel bath Steel Research 58 (1987) No.9 p , K W Lange and R. Siemssen Application of empirical correlations to develop blowing pattern for small scale, combined blown Steelmaking converter, Institute for Ferrous Metallurgy, Technical Report (1987)p Dynamic variations of lance distance in impinging jet steelmaking processes Steel Research, Vol. 59 (1988), No.6, p Nozzle design in impinging jet steelmaking processes Steel Research 59 (1988) No.3, p Fluid dynamic aspects of lance design for submerged gas injection practice Trans. Ind. Inst Metals 44 (2), 1991, Lecture 14

4 References Kenneth. C Mills: A review of slag splashing, S J International, vol. 45 (2005)PP Ghosh: secondary steelmaking. and P Umakanth: Model studies of slag carry-over during drainage of metallurgical vessels, Steel Research 65 (01), 1994, and P Umakanth: Water model study of slag carry-over during molten steel transfer, Trans. Ind. Inst. Metals 47 (2-3), 1994, R.J.Fruehan: Ladle metallurgy principles and practices K.W.Lange: Thermodynamics and kinetics of secondary steelmaking processes, Intrn. Materilas reviews,1988, P53 Lecture 15 F.P.Edneral: Electrometallurgy of steel and ferro alloys AK chakrabarti: Steel Making Heinz G. Muller: Iron and steel engineer, May 1994, P.34 Manfred Haissig: : Iron and steel engineer, May 1994, P.25 Lecture 16 S.Cantacuzene et.al.: Advanced EAF oxygen usage at Saint-Saulve steelworks,ironmaking and steelmaking, 2005, vol 32, p203 d.janke et.al.: Scrap-based steel production and recycling of steel, Mater. Technol., 34(6) 2000, P.386 M.J.U.T. van Wijngaarden et.al.: Bottom stirring in an EAF: Performance results at Iscor Vereeniginh works, The Jl. Of South African Institute of Mining and Metallurgy, Jan. 1994, P.27 G.L.Dressel: Use of DRI in EAFs: Iron and steelmaker, October 1988, P 121 M.Gojic: Current state and Development of steelmaking processes: Metalurgija, 43(2004) 163 J.Reichel et.al.: EAF foamy slag in stainless steel production., Archives of Metallurgy and Materials, Volume 53, 2008, P1 A.A. Mottahedi et.al.: Intern. Jl. Of Chem Tech. research vol 1 Jan-.March 2009, P 62

5 J.Jones: Optimization of EAF operations through offgas system analysis, Electric Furnace Conference Proceedings, 1999, P 459 M.Hissig: The d-c shaft furnace, Iron and steel engineer, May 1994, P. 25 H.G.Muller et.al.: D-c electric arc furnace- A trend-setting technology in steelmaking, Iron and steel engineer, May 1994,P34 T.Jiemin et.al. EAF technology evolution by continuous charging, Ironmaking and steelmaking, vol.. 32, 2005, P 191 Lecture 17 References A.Chakrabarti: Steelmaking G.L.Dressel: Use of DRI in EAFs: Iron and steelmaker, October 1988, P 121 Lecture 18 A.Chakrabarti: steel making A.Ghosh and A. Chatterjee: Ironmaling and steelmaking Lecture 19 References R. H Tupkary and V R Tupkary: Steel time International, 2006, Vd 30 No.8 P28/31 Internet on EOF Site: A. Malmberg et.al. Microwave technology in steel and metal industry, an overview, ISIJ Intern. Vol 47(2007) P.433 Lecture 20

6 1. G. huidi et.al: A process model for BOF process based on bath mixing degree, intern. It. Of minerals, metallurgy and materials, vol17, No,6 dec.2010 page J. Mailo et.al: BOF and point prediction: Metal producing and processing p14. production.com. Nov/Dec T. Oshima et.al: New process control for a steel plant, Fuji electric review. Vol. 53 P8. 4. A.Ghosh and A. Chatterjee: Ironmaking and steelmaking 5. A.Das, et.al. Process control strategies for a steel making using ANN with Bayesian regularization and ANFIS, Expert systems with applications, vol 37 March J.wendelstorf et.al.: A process model for EAF Steelmaking, AIS Tech, 2006, P A. Mc Lean: Sensor aided process control in iron and steel making: Solid State ionics, volume 40-41, Aug 1990 P E.J.Longwells: Dynamic modeling for process control and operability, ISA Transactions, Vol 33, May 1994,P 3. Lecture 21 and S Singh Measurements on local properties of a heterogenerous air/water plume formed during uptward Injection of gas Steel Research, Vol.60 (1989) No.7, p and C D Khai Model study on dissolution time of metallic materials in steelmelt Trans. Ind. Inst. Of Metals, Vol.42 (1989) No.1, p and K W Lange Effect of Melting scrap on the mixing time of bottom gas stirred melts Proceeding 6 th Japan-Germany seminar, Tokyo, Japan (1984) p Model investigations on liquid velocity induced by submerged gas injection in steel bath Steel Research 59 (1988) No.11, p Thermodynamic considerations in designing gas injecting lances submerged in melt Ironmaking and Steelmaking 16 (1989) No.1, p Modelling of submerged gas inecting lance design parameters Steel Research, Vo.60, (1989) No.2, p and S Singh Experimental investigations on the design of gas injecting lances ISI Japan International, Vo.29 (1989) No.8, p

7 and S Singh Measurements on local properties of a heterogenerous air/water plume formed during uptward Injection of gas Steel Research, Vol.60 (1989) No.7, p and C D Khai Model study on dissolution time of metallic materials in steelmelt Trans. Ind. Inst. Of Metals, Vol.42 (1989) No.1, p A.Chakrabarti: Steelmaking A.Ghosh: Secondary steelmaking Lecture 22 A.Ghosh: Secondary Steelmaking Lecture 23 K W Lange : International materials Review, 1988 vol. 33 No.2 R.J. Fruehan : Ladle metallurgy principles and practices A. Ghosh: Secondary steelmaking: principles and applications. SC Koria and K S Rao: Mathematical model for powder injection refining of steel melt. Iron making and steelmaking 25 (6), : Influence of injection metallurgy on mass transfer in steelmaking, Trans. Ind, Inst. Metals 47 (10), 199, and R Dutta: Study on the effect of some process parameters on the powder injection refining by a mathematical model, Scand. Jl. Of Metallurgy 29, No.6 (2000) Lecture 24 Reference: A. Ghosh: Principles of secondary processing and casting of steel. K.W. Lange: Thermodynamics and kinetic aspects of secondary steelmaking. International Materials Reviews, 1988, vol. 33 p 53 Lecture 25

8 1) A. Ghosh: Principles of secondary processing and casting of liquid steel. 2) A. Ghosh: Secondary steelmaking Lecture R H Tupkary and VR Tupkary: An introduction to molten steel making 2. A Chakrabarti: Steelmaking Lecture 28 A.Ghosh: secondary steelmaking R. Kiessling an N. Lange: Non metallic inclusions in steel. Lecture 29 1) R. J. Fruehan: ladle metallurgy 2) R. Kiessling and N. lange: Nonmetallic inclusions in steel. 3) A. Ghosh: secondary steelmaking 4) Subramanian et.al: iron making and steelmaking 2004, vol. 31 p249 5) C. Gaslick et.al: iron making and steelmaking 2002, vol.29 No.2. Lecture David and vitek: solidification and weld microstructure. International materials Review vol 34 NO.5.P A. ghosh : principles of secondary processing and casting of steel. Lecture 32 RH Tupkary, VR Tupkary: An introduction to modern steel making. Lecture 33

9 D. J. Haris et.al. Continuous casting of steel, vol. 1. Iron and steel soc. AIME (1983) J.K. Brimacombe et.al Crack formation in continuous casting of steel, Met. Transfer vol. 8B P 489 J.K. Brimacombe et.al. Heat flow, solidification and crack formation. 155 publication, 1984 p J. j Moore: Review of axial segregation in continuously cast steel, 1 bid p 185 H.F. Schrave: Continuous casting of steel Y. Sahai and Ahuja: Iron making and steelmaking 1983 (B) p 241 A.J. Moore et.al: Overview for requirements of continuous casting mould fluxes Lecture 34 J.K.Brimacombe et.al.: in continuous casting of steel vol.2 Mitsutsuka et.al., Trans. ISI Japan, 25(1985), P.1244 L.H.Teoh: Iron and steel Engr. Dec. 1988, P. 34 A.W.Cramb: New developments in continuous casting of steel Part III:Thin slab casting, Iron and steelmaker, March 1988, P 31 see also July 1988 P.43 M.cygler et.al.: Continuous strip and thin slab casting of steel, Iron and steelmaker, August 1986, P. 27 and R Datta: Design of air-water mist jet nozzle, Ironmaking and Steelmaking 19 (5), 1992, Lecture 35 W.D. Calliste r: Material Science and Engineering For more details, see the references given at the end of 37 lecture. Lecture 36 W.F.Smith: Principles of materials science and engineering R.C.Sharma: Phase transformation in steel Lecture 37

10 E.P. DeGarmo: Materials and processes in manufacturing Lecture 39 RIL Guthrie: engineering in process metallurgy S Singh and Physical modelling of steel flow in continuous casting tundish Ironmaking and Steelmaking 20, 1993, S Singh and Model study of the dynamics of flow of steel melt in the tundish ISIJ International 33 (12), 1993, S Singh and Physical modelling of the effects of the flow modifier on the dynamics of molten steel flowing In a tundish ISIJ International 34 (10), 1994, S Singh and Study of fluid flow in tundishes due to different types of inlet streams Steel Research 66 (70), 1995, S Singh and Tundish steel melt dynamics with and without flow modifiers through physical modelling Ironmaking and Steelmaking 23(3), 1996, S C Srivastava and Effect of argon shrouded stream ouring on the behaviour of fluid flowing in a tundish Scand. Jl. Of Metallurgy, 26(3), 1997, Lecture 40 Category: Steel companies in India-Wilkepedia, Internet Chandra Bhushan: Challenge of new balance Internet Joint Plant Committee report as available on the internet